Core business underpinning all four projects — BINGO, RESCCUE, RES URBIS, and InteGrid all connect to urban water/utility operations.
EPAL-EMPRESA PORTUGUESA DAS ÁGUAS LIVRES, SA
Lisbon's water utility providing real-world infrastructure testbeds for climate adaptation, smart grids, and urban resource recovery research.
Their core work
EPAL is Lisbon's public water supply utility, responsible for drinking water treatment, distribution, and infrastructure management across the Portuguese capital region. In H2020 projects, they serve as a real-world testbed and data provider for research on water management under climate change, urban resilience, bio-waste resource recovery, and smart grid integration. Their value lies in providing operational infrastructure, consumption data, and urban utility expertise that researchers need to validate solutions at scale.
What they specialise in
BINGO focused on water management under climate change; RESCCUE addressed urban resilience to climate impacts across sectors including water.
RES URBIS explored resource recovery from urban bio-waste, where wastewater utilities play a key role as feedstock providers.
InteGrid demonstrated intelligent grid technologies for renewables integration, relevant to EPAL as a major energy consumer in water pumping and treatment.
How they've shifted over time
EPAL's H2020 involvement was concentrated in a narrow 2015–2017 entry window, with all projects running through 2019–2020. Their early entries (BINGO, RESCCUE) focused squarely on climate change impacts on water management, while slightly later projects (RES URBIS, InteGrid) branched into circular economy and energy systems. This suggests a gradual broadening from core water operations toward cross-sector urban sustainability challenges.
EPAL is expanding from pure water management toward integrated urban utility challenges — energy, waste, and climate resilience — making them relevant for smart city and circular economy consortia.
How they like to work
EPAL never coordinates projects — they join as a participant or third party, consistent with their role as an infrastructure operator providing real-world testbeds rather than leading research. Despite only four projects, they have worked with 81 partners across 17 countries, indicating they plug into large, diverse consortia. This is the profile of a utility that opens its infrastructure to researchers, offering operational data, pilot sites, and end-user validation.
Through just four projects, EPAL connected with 81 unique partners across 17 countries, reflecting the large consortium sizes typical of water and climate research in H2020. Their network spans broadly across Europe without a clear geographic concentration beyond Southern European utility peers.
What sets them apart
EPAL is one of few large municipal water utilities in Portugal with direct H2020 experience, giving them credibility as an end-user validation partner for water, climate, and urban sustainability research. Their willingness to participate across diverse topics — from climate adaptation to smart grids to bio-waste — makes them a versatile urban infrastructure partner. For consortium builders, EPAL offers what most research teams lack: access to a functioning, large-scale water supply system serving a European capital.
Highlights from their portfolio
- BINGOLargest funded project (EUR 43,590) and most aligned with EPAL's core mission — innovating water management strategies under climate change scenarios.
- InteGridDemonstrates EPAL's cross-sector reach into smart energy grids, connecting water infrastructure with renewables integration in a demonstration project.